Those kind of numbers are usually reserved for the elite, which explains the car's $80,000 price tag, plus whatever the dealer thinks he should add for his, you know, trouble. [5.0 Mustangs and Super Fords]

We got to talking 'round here in the Detroit office about what kind of other "delete options" automakers should be offering. Ben wants a stripper model available of like every car imaginable. Andy has a penchant for family-hauling death traps — you know, like a short-wheelbase Town & Country without ABS brakes. And me? I wished that I'd had the option of deleting the trunk CD changer from every Jeep product I ever spent time behind the wheel of. But what about you? What's your one check box you wish you could have dropped a mark on? Fair warning — we may take the best responses and put them together in one of our "award-winning" top-whatever lists.

Spy Report

We caught a prototype for the 2010 Mustang Convertible with a large chunk of its rear camouflage removed, giving us our first uncovered look at the new 'Stang's tail-lights, rear spoiler, and it's revised rear badging.

The new Mustang's rear lamps have two vertical white bars breaking up the expanse of red found on the current models tail-lights. The new treatment does away with the segmented look of the current lights, for a slightly cleaner look. The internal bezels on the red lenses will also provide more dynamic, eye-catching lighting elements.

While current Mustang convertibles have a raised rear wing supported by two posts, the new 'Stang will get a smoother lip spoiler that extends directly from the top of the rear deck. The center-mounted brake light is also wider and slimmer than on the current car. The overall result appears be a cleaner, smoother, more refined look.

The final update we can see involves the large circular rear badge. The current badge has some notchy, retro detailing, while the prototype's badge displays smoother, more modern surface development.

LTDScott caught it first, but now the notice has spread. Even though Chris Ihara, the founder of late model Mustang site Corral.net, was equipped with the seriously high horsepower Shelby GT500KR, we still managed to eek out a win by way of our hind ends. Now the Corral boys want, if not answers, then at least the opportunity to do a little good-natured ribbing of Mr. Ihara. But, for the record, we think they may be confusing our vehicular preferences with those of Top Gear USA co-co-host Eric Strommer. [Corral.net]

For starters — unless you're running evenly-matched top fuel dragsters against each other what you'll do down at your local drag strip isn't actually "drag racing." It's really called "bracket racing" which is a form of drag racing that allows for a handicap between predicted speed of the two cars running side-by-sde. Basically, it means that even if you're running your mom's Honda Odyssey on the strip, you can still win running next to a Ford Mustang GT because of a premium placed on consistency of performance of the driver and car rather than on raw speed. With that said, here's the official "How To"

Step 1: Pay Up

Drag racing ain't free. The first step, once you've arrived at the dragway, is to pay the folks in charge. Different classes carry different charges, so it's a good idea to call ahead and find out how much you'll be paying. Once you've paid for entry and track fees, proceed to the pits

Step 2: Park and Unload

Pit areas vary wildly. You'll find everything from beautifully laid concrete marked with trailer lanes to muddy grass perfect for sinking into. If you've brought your drag toy in a trailer or plan on working on your car there, it makes a lot of sense to show up early and get a prime piece of real estate — it can make the difference between a comfy dry weekend and a messy pain in the ass. if you've just driven in, take all your junk out of the car and give it a once over. Make sure it meets all the safety requirements of the class you're running in and give it a little clean-up.

Step 3: Inspection

Now it's time to take your car over to the inspection booth. These guys are here to make sure the car you brought won't pose a danger to either you or the rest of the race field. They'll go through your ride with a fine-toothed comb and point out things sub-par, or they'll give you the thumbs-up. When your car has passed, you'll get a color-coded inspection sticker proving you're safe to run. Another thing they'll do is have you fill out your race card. The race card is where you declare the class you'll be running in, your personal info, details on the car, and whatever other details you think the commentator in-booth might like to know about when adding "color to the strip."

Step 4: Wait

After you have your car all approved and registered, return to the pit area and wait. It takes a while for the rest of your competitors to make it through the process you just did. The track crew also has to prepare the surface for maximum stickiness, and, in general, everybody just has to get up and get going. So while you wait, put your number on the car, maybe do a little decorating, take a nap, do a little tuning on your car, check out the competition, have some track food, or just hang out and enjoy the breeze. But keep your ear listening out for your class, because there's nothing worse than hearing an announcement of your license plate and that your car's being towed. That's not the kind of dragging you're here for.

Step 5: Practice.

When the time is right (usually a scheduled time), the track will open for practice. This is an open competition lineup where you pull through the staging lanes and give your rig a try. Drag racing is a lot trickier than you might think. It's easy to mash the gas and go quick on the street, but when the clock is running, it's a lot more technical, so practice makes perfect. In fact, let's go to video:

This was my third run, so I'd gotten the jitters of the first time down the track through and I was starting to learn how to react and launch. As you can see, you get slotted in lanes. Each lane is numbered and corresponds to a staging path. When you enter the staging area, a track official will ask your class and point you into the lane. This track has three staging lanes, and each lane is divided into two sides. There's a lane 1L and 1R, 2L and 2R, etc., for lane one, left side, lane one, right side, and so on. As cars ahead of you move up, you pull forward. When the track official waves you forward along with your running buddy, you have to make a choice: to burnout or not to burnout.

Ahead of the starting line there's a concrete pad called the "water box." Track hands hose it down with water to make burnouts fun and easy. The purpose of the burnout is to clean the crud off your tires and heat 'em up for maximum stickiness. A standing burnout doesn't make much sense if you're running street tires, so either drive around the box to avoid wet tires, or just do a peel out to get the funk off.

Next, you pull up to the line. Make sure your helmet is strapped on tight, traction control is off, and the windows are up. As you advance, there are two sets of staging lights — called by some the "Christmas tree" — your tires need to be between them before the Christmas tree lights will start. Advance the car 'till the first set of lights goes on, then slowly move forward until the second set lights up — then carefully inch forward until the second set turns back off. A this point you've found the front of the lights, and you need to back up just enough to turn that second set on again. Now wait for your opponent to do the same.

When you're both set to go, make sure your car is in the forward gear of your liking. Hold the engine at optimum RPM and pay attention to the Christmas tree. Depending on your class, the tree works differently. For bracket racing, they use a "five hundred tree" or a set of lights that takes half a second to go from yellow to green. For this tree, it's recommended to launch as the final yellow light goes off in order to achieve a decent reaction time. If you jump the gun, you "foul," and your run, no matter how good, doesn't count for squat.

So the lights go and you're off. In a manual tranny car, carefully watch the tachometer and know where your shift points and engine cutoff are at. Shift as quickly and accurately as possible. If you're driving an automatic, just mash the gas and point the car in the right direction.

In this run, I managed a 0.67 s reaction time, which isn't great, but far better than the 1.01 s. the other guy got. And, due to the magical vaugeness of the Hurst short-throw shifter on this car, I managed to hit second gear instead of fourth — not what you want when shifting at almost a hundred miles an hour. Nonetheless, despite my supercharged GT being at a 140 HP disadvantage to the GT500 car and me stinking up the shift, I only lost by 0.8012 seconds with a 14.29 time. This is why it's called practice.

After you've crossed the finish line and are all excited, don't forget to slow down. You've got to make the turn off the track and go to pick up your time slip. This will tell you what just happened so you can critique your performance, think about ways you can improve and have bragging rights back at the pits.

Step 6: Qualifying
Like above — do what you just did in practice, but do it better because this time it counts. In qualifying, your times are used to slot you in your class brackets — when bracket racing, the important part isn't speed, it's consistency. If you can run 13.9 all day every day, you'll do very well in your class. Why? Because bracket racing uses offset timing on the lights to equalize fast cars against slower ones. Speedy cars will be delayed at the line and have to catch up and pass to win.

Step 7: Mark Your Dial-In Time

Dial-in time is that great equalizing figure we just talked about. After you've made a couple runs, you should get an idea of how fast you go. This time gets written on your windows so the tower workers can read them and put them in the timing computer. In this way, the race is offset on the fly. Depending on the class, you may or may not be able to change your number as you go. The important thing about your dial-in time is not to go faster than that time — otherwise you "break out." The break-out exists to prevent guys from saying they're slower than they are and effectively cheating to victory. Now is it becoming clearer why consistency is all-important?

Step 8: Have fun!
Now sit back and relax while listening for the track announcer to call your class. As you're called, proceed to the staging lanes and the track workers will assign you a lane and your opponent will line up next to you. When you're at the line just remember the lessons from earlier in the day and be careful to race against yourself, not the guy in the other lane. That's a great way to lose your concentration and mess up.

Here's a run from the first round of our bracket, where everything clicked and I won against a Shelby GT. The other fellow wrote up a dial-in time substantially lower than mine and couldn't quite make up the ground. A little longer track and he would have had me. But how fast was I? Pretty decent with a 0.31 s reaction time (which doesn't matter in bracket racing — only the time from light-to-light counts) and 13.95 second quarter-mile at 100 MPH. Far from my best run though.

So there you have it folks. How to drag race. We found out although it's still easier than running 'round the windy stuff, it's a lot more difficult than just pointing the car down a track and hitting the gas. We recommend checking out some of the events in your area, if not to race, then at least as a spectator.

Spy Report
After last-week's first shots of the 2010 Shelby GT500 Mustang, we have spotted another prototype—this time with better conditions and more revealing camouflage that has revealed a few new details. The camouflage on this latest prototype gets some new grille-mesh, which gives us our best look yet at the GT500's front fascia. We can now clearly see the outer edges of the grille, the aggressive mesh treatment, and new, pie-shaped auxiliary lights placed at the corners of the front grille. The Cobra badge still sits offset in the grille of this prototype, but it's taped over in black, and is just barely visible.

The revised frontal camouflage is also pulled tighter to the front bumper, and the round fog lamps are now exposed, giving up another detail destined for the new Shelby's face. While the prior Shelby GT500 prototype was wearing the wheels from the current model, the latest test car was wearing new open-spoke five-star wheels, and the rear rubber looks notably wider than the front.

A close pass-by photo has raised another question about the specs of this prototype—namely the type of seats that will be used on the Shelby GT500 Mustangs. The passenger seats appears to be curiously covered in what appears to be the same material used to camouflage the dashboard design. The test driver's seat was uncovered, and could be identified as a Sparco EVO2—a very serious high-performance seat. A roll cage is also clearly installed in this prototype. Outfitted as it is, this Shelby looks nearly competition-ready.

A roll cage in any prototype doesn't necessarily mean anything, as certain tests require extra protection, but have nothing to do with an actual production application. Similarly, the aggressive driver's seat could be in place for some special, aggressive track testing, and may not be production-bound. It's the presence of the "bag" covering the other seat that has us more than a little curious. The prior Shelby prototype was outfitted with relatively conventional seats, and were completely uncovered. Then again, the interior was also completely uncovered, so we may have just caught a uniquely uncamouflaged interior. Perhaps the seat cover is only hiding some cool Cobra embossing—we can only speculate at this point.

What was clear was that these latest shots of the Shelby GT500 gave us our best look yet at its front fascia, and it's level of specification made it ready for some serious high-performance duty. Whether the spec-level captured here is destined for production is the real question—a question that only Ford insiders can answer at this point.

We caught this prototype for Ford's redesigned 2010 Shelby GT500 running the streets of Detroit. Though its exterior was still heavily camouflaged, a few key styling elements that will separate the GT500 from lesser Mustangs were visible. The prototype's undisguised interior also revealed some more features destined for the 'revamped 'Stang in general, and on the Shelby GT in particular.

A close look at this Shelby GT prototype reveals that the Cobra grille badge will once again replace the galloping Mustang, and will sit offset to the right. Although it's not always easy to distinguish between false padding and the real sheet metal beneath the camouflage, it appears that this Shelby will get a more aggressively bulged hood, and deeper front air dam.

At the rear, the camouflage slipped free from the bottom of the rear bumper, and pulled up a bit to reveal some very distinctive detailing. The revamped Shelby sports an aggressive lower valance that emphasizes flares and sharp sculpting over the current model's clean, understated treatment.

This interior on this prototype was the first one we have seen free from the heavy fabric covers, providing our first unobscured look at the new Mustang's dashboard design. We can finally confirm that the current Mustang's dual-cowl dash top will be carried over in the redesign. We've also gotten our first look at a portion of the new 'Stangs center console, and we can make out a much more graceful transition from the dash face to the center stack—a small detail, but one that will certainly help to give the Mustang's interior a more refined look. Finally, we can clearly see that the steering wheel will once again be adorned with a large Cobra badge, this time finished completely in bright brushed metal.

It's now clear that the next Shelby GT500 will receive a thorough visual overhaul, but whether the car will also see a commensurate mechanical transformation is currently unknown. New engines will bow throughout the Mustang line, with an upgraded 5.0-liter V8 to replacing the current cars 4.6-liter unit, while six-banger 'Stangs will also be offered with Ford's promising 3.5-liter twin-turbo EcoBoost V6 reportedly exceeding 300 horsepower. Engine tweaks to the next Shelby GT could be in the works as well, especially with the serious influx of muscle car competition thanks to the arrival of the Challenger and Camaro to U.S. showrooms.

KGP's Spy Report

We managed to get our closest look yet inside Ford's reworked 2010 Mustang with these latest interior shots. It appears that the next Mustang's interior is a mix of carryover bits and some new elements. A new steering wheel maintains the current car's three "open-spoke" design, but the new wheel gets a double-stack of controls, with cruise control buttons on the left, and multimedia buttons on the right to operate the 'Stang's updated Sync interface.

It appears that the revised Mustang will maintain the current car's instrument pod, but this prototype shows new white-faced gages, and the speedometer and tachometer have switched places (the speedo's on the left, tach's on the right). The updated interior also gets new air vents, with slightly more upscale actuation. The current 'Stang's four round air vents have been changed on this prototype: a round vent remains to the left of the steering wheel, but two rectangular vents now reside at the top of the center stack.

Speaking of the center stack, we can't comment on the changes in store, due to the covering still in place over the controls. We'll keep peering inside of Mustang prototypes until we can see what lies behind. The rest of the interior appears to be very similar to the current car, but there are differences to the switchgear and design of the transmission tunnel.

This prototype also gave us a solid look at the new Mustang's headlight and tail-light designs.

1.) Frankenstein's Monster- 2006 Ford Mustang GT

Engine: Supercharged 4.6L V8
Ford Racing Exhaust System
Transmission: 5-speed manual
Suspension: Progress Technology adjustable coil over front struts and rear shocks
Progress Technology adjustable rear lower control arms
Progress Technology adjustable panhard bar
Wheels: 18" 2007 Ford Mustang Cobra wheels
Tires: Front- Toyo Proxes T1R 255/45 ZR 18
Rear- Toyo Proxes S/T 285/45 ZR 18
Brakes: Brembo Disc Brake System
Stunt Modifications: Roll Cage
Kirkey Aluminum Racing Seats
RCI 5 point harnesses
RCI fuel cell
CNC Hand Brake
Battery moved to battery box in trunk

2.) Machine Gun Joe's Ram- 2004 Dodge Ram 1500 4wd

Engine: 5.7L V8 Hemi
Transmission: 5 speed automatic
Suspension: Rancho 9000 Shocks for front and rear
Firestone Air Bags for front and rear
Custom fabricated rear sway bar
Drivetrain: Removed front axles and front differential
Replaced rear axle with 1 ton dually axle
Wheels: Front- Stock 20" Dodge Ram wheels
Rear- Stock 16" dually wheels
Tires: Front- Stock tires
Rear- Toyo Open Country 265/75R 16
Stunt Modifications: Roll Cage
Sparrco Racing Seats
RCI 5 point harnesses
RCI fuel cell
Tildon secondary hydraulic brake system
Battery moved to battery box in trunk

3.) Pachenko's Chop Top- 1966 Buick Riviera

Engine: Stock 430c.i. V8 "Nail Head"
Crane Ignition System
Transmission: 3 speed automatic
Suspension: Big block springs
KYB Gas Adjust shocks
Wheels: 17" Eagle Alloy Wheels
Tires: Front- Toyo Proxes T1R 255/45R 17
Rear- Toyo Proxes S/T 285/60R 17
Stunt Modifications: Roll Cage
Kirkey Aluminum racing seats
RCI 5 point harnesses
RCI fuel cell
Tildon secondary hydraulic brake system
Battery moved to battery box in trunk

4.) 14K's 1980 Porsche 911

Engine: Stock 2.7L 6cyl.
Transmission: 5-speed manual
Suspension: Front and rear Bilstein adjustable coil shocks
Eibach racing springs
Wheels: 15" NASCAR style steel wheels
Tires: Front- Toyo Proxes TPT 225/60R 15
Rear- Toyo Proxes S/T 295/50R 15
Brakes: Stock Braking System
Stunt Modifications: Roll Cage
Kirkey Aluminum Racing Seats
RCI 5 point harnesses
CNC hand brake
Jazz Aluminum fuel cell
Custom fabricated battery box

5.) Colt's Jag - 1989 Jaguar XJS

Engine: V12
Transmission: 4 speed automatic
Suspension: KYB Gas Adjust Shocks
Eibach Racing Springs
Custom fabricated front and rear sway bars
Wheels: 15" Aero Beadlock wheels
Tires: Front- Toyo Proxes TPT 225/60R 15
Rear- Toyo Proxes S/T 295/50R 15
Brakes: Stock Braking System
Stunt Modifications: Roll Cage
Kirkey aluminum racing seats
RCI 5 point harnesses
CNC hand brake
RCI fuel cell
Battery moved to battery box in trunk

6.) Grimm's 300: 2006 Chrysler 300C

Engine: 345c.i. V8
Transmission: 5-speed automatic
Suspension: Air Ride Technologies air suspension kit
Wheels: 20" American Racing Wheels
Tires: Front- Toyo Proxes 4 245/45ZR 20
Rear- Toyo Proxes 4 255/45ZR 20
Brakes: Stock braking system
Stunt Modifications: Roll Cage
Kirkey aluminum racing seats
RCI 5 point harnesses
Tildon hydraulic secondary brake system
Custom fabricated fuel cell
Battery moved to battery box in trunk

7.) 1972 Buick Riviera "Boat tail"

Engine: 350c.i. V8
Crane Ignition System
Transmission: Turbo 350 3-speed automatic
Suspension: Big block springs front and rear
KYB Gas Adjust shocks
Custom fabricated rear sway bar
Wheels: Stock 1971 Buick Riviera wheels
Tires: Front- Toyo Spectrum 225/70R 15
Rear- Toyo Proxes S/T 275/60R 15
Brakes: Stock braking system
Stunt Modifications: Roll Cage
Kirkey aluminum racing seats
RCI 5 point harnesses
RCI fuel cell
Tildon hydraulic secondary brake system
Battery moved to battery box in trunk

8.) 1979 Pontiac Trans Am

Engine: 350HO V8 Crate motor
Transmission: Turbo 350 3-speed automatic
Suspension: Big block coil springs
KYB Gas Adjust shocks
Custom fabricated rear sway bar
Wheels: 17" American Racing wheels
Tires: Front/ Rear Goodyear 215/65R 17
Brakes: Stock braking system
Stunt Modifications: Roll cage
Kirkey Aluminum Racing Seats
RCI 5 point harnesses
RCI fuel cell
CNC hand brake
Wilwood secondary rear brake calipers
Battery moved to battery box in trunk

9.) 1989 BMW 735i

Engine: 6cyl.
Transmission: 4 speed automatic
Suspension: KYB Gas Adjust shocks
Eibach Racing coil springs
Wheels: 18" American Racing wheels
Tires: Front/Rear Toyo Proxes T1R 255/40ZR 18
Brakes: Stock braking system
Stunt Modifications: Roll Cage
Kirkey Aluminum racing seats
RCI 5 point harnesses
Custom fabricated aluminum fuel cell
CNC hand brake
Wilwood secondary rear brake calipers

10.) The Dreadnaught

There are no words to describe this onslaught of mechanical strength called "The Dreadnaught." Check out the video to get a taste. Come on back later this week when we do a sit-down with Jason Statham and ask him what car he's got in his driveway.

To begin with we're told the design of the side on the C&D sketch is incorrect. The door handle is too high. The official CAD renderings we've seen (don't even ask how we got those — all we can say is many Bothans died to bring us that information) — which verify the sketch provided by our source — indicate the door handle is actually part of the heavy crease running along the side of the new 'stang — and not above it.

The front fascia on the actual 2010 Mustang is also quite different. Our source's sketch — and again, the CAD models —indicates another piece of moulding between the black grille and the front bumper. Additionally, the C&D rendering is missing the turn signals which should be a flush addition to each side of the front bumper. The other minor issue is the double-gilled air vent on the bottom of the 'stang. The sketch — as well as other sources indicates they don't exist. Unfortunately, the area below the front bumper is where we're missing CAD modeling — so C&D very well may be correct on this.

And then there's the rear end — something untouched by the speculative renderers of Car und Driver — which from what we can see is a dramatic departure from the last model. If it turns out looking like this, we like it.

Yes, we could be wrong, and C&D could be too — but our money's on our sources coming through for us on this one. Time will tell wethinks. We're told we'll find out for certain at either the LA Auto Show or the Detroit Auto Show — we guess we'll have to wait until then. For now, answer us this question:

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Start talking about Steve McQueen's cars, and the first one that'll come to mind for most people is the Dark Highland Green 1968 Ford Mustang from Bullitt. Thing is, McQueen never actually owned the car. Of course, that doesn't disqualify the 'stang for this contest, but it does raise an interesting question. Did McQueen even particularly like the Mustang? His personal garage was filled mostly with European sports cars, not American muscle. Watching the chase scene, you'll notice that neither the Charger nor the Mustang take turns all that well. It's even been said that the shot of the 'stang overcooking one of the corners wasn't planned at all. Though I suppose if I'm going to start critiquing the film too closely, I would also have to start counting green VW Beetles, and I really don't want to do that. Besides, this isn't some class for a film student; we're here for the car. And it must be said the dark Mustang fastback with a 390ci V8 looks and sounds fantastic. It's an automotive icon. But there's a problem with that. Being famous to a degree is cool, but being a tool for a marketing department is not. In recent years, Ford has made not just one "special edition" Bullitt Mustang, but two. Which means that you really don't have to be "in the know" to know about the car. It's like having your favorite rock band from the '60s all of a sudden become hugely popular again. You like the music still, but the all the teenage fans, the Broadway musicals, and the appearances on daytime television just sort of ruin the cool factor.


Unlike the Mustang, McQueen actually owned the '70 Porsche 911 S from Le Mans. He wanted a car to drive around in Europe while he was shooting the film, so he bought the Porsche, and when shooting was finished, he had it sent back to America. Now sure, there's no on-screen hoonage starring the 911, but you can only imagine that McQueen drove the snot out of the thing when he was off-camera. But that's not the point—this car was was cool not because it drove around jumping over hills and chasing baddies. The 911 is cool because it is understated and relaxed; it's what the tormented race car driver drove when, as McQueen's character famously put it in the film, he was "just waiting" between races. It has what the Mustang lacks: inconspicuousness. You really need to be obsessed with cars to appreciate the Porsche. For example, the current owner of the 911 was a Porsche collector who bought the car a few years ago without even knowing that it was in the Le Mans film; he just liked the car. Watch it cruise through France and you can't help but like it too.

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Related:
Exclusive First Pictures of KITT From The New Knight Rider TV Series: Yes, It's a Shelby GT500KR
It's Official! Knight Rider's KITT is a Shelby GT500KR Mustang
First Video Of Knight Rider's KITT Revealed Live!
First Trailer For New Knight Rider Airs, Features New Shelby-fied KITT, Flashing Red Lights and Will Arnett
GMCock-Block: Arnett Out As Voice Of KITT, Val Kilmer In
Exclusive: Jalopnik Lifts KITT's Hood

Knight Rider, the made for TV movie, airs Sunday night on NBC, starring our friend KITT here and a cast of no name, blandly good looking actors. Val Kilmer provides KITT's voice. David Hasselhoff will make a cameo appearance to smooth the transition from 25 years ago to today. It's rumored that should the movie prove successful, we should expect a spin-off series some time in the near future.

In person, KITT is little more than a prop. It's roughly finished and beat to hell. We're some of the first people outside the show, after Jay Leno, to get our hands on the car. We're not NBC employees like Jay, so we couldn't drive the vehicle for liability reasons, but we were able to hop in for a short ride. It felt like a Mustang, one with loud pipes, a plastic interior and lowered suspension; it rides rough as hell. But that's the adult in me speaking. The five year old that still exists somewhere deep inside me is positively giddy with excitement at finally getting the opportunity to ride along with Michael Knight, or at least one of Ford's delivery guys who looked just a little bit like him. NBC's hoping a lot more people's inner child won't be able to resist KITT either.

Photography: Ray Wert and Wes Siler

Yes .. I know what you're thinking (not more Mustang photos....), but take one look at the background. What are the odds - we caught the upcoming GT just as a train was passing by - with a huge "GT" painted on the blue (train) car. In addition - we've also caught the cleanest look at the new taillights that the 2010 Mustang will be wearing. Now if they'd only start stripping some of that camo..... Photo Credit: Brian Williams for Brenda Priddy & Co.

FORD SHELBY GT500KR ROARS INTO PRODUCTION ON AUTOMOTIVE LEGEND'S 85TH BIRTHDAY

LAS VEGAS, Jan. 11, 2008 - Automotive legend Carroll Shelby shares his 85th birthday with a new performance standout - the 540-horsepower 2008 GT5000KR, which begins production today.

The GT500KR or "King of the Road" Mustang is the fourth limited-edition Mustang that Shelby Automobiles and Ford have brought to market since resuming their collaboration in 2001. It builds on the performance and success of the 500-horsepower Shelby GT500 - the most powerful production Mustang ever.

The new GT500KR will be available at select Ford dealerships this spring. Production is limited at 1,000 units.

"It is simply magic when Shelby and Ford team up and deliver products like the GT500KR," said Mark Fields, Ford's president, The Americas. "Collaborations like this have helped Mustang remain at the top of the sports car segment for 22 straight years - and running - and help inspire people who truly want and value performance."

Carroll Shelby, who was actively involved in the GT500KR's development, said: "My energy and passion for performance products has always been strongest when I am working with Ford. I'm always looking to up the ante when it comes to performance, and bringing back the 'King of the Road' Mustang is just what we need."

Delivering the "King of the Road"

Each Shelby GT500KR begins life as a GT500, built at AutoAlliance International Inc., in Flat Rock, Mich. From there, the cars are shipped to Shelby Automobile's facility in Las Vegas, where a Ford Racing performance pack, exhaust system and short-throw shifter are installed. The GT500KR also is fitted with body, chassis and interior components. Every GT500KR will be hand customized and delivered to each customer in an enclosed transporter, just like the legendary Ford GT.

To fine-tune the GT500KR's chassis - stiffened 50 percent to deliver increased body control - SVT engineers and Shelby put the GT500KR through a rigorous testing program developed specially for SVT products, including a 12-hour racetrack durability test. The result is a car with increased performance capability that is still comfortable to drive on the street.

The GT500KR's aerodynamics were fine-tuned to add 50 pounds of downforce over the front axle and move the center of aero pressure forward in the vehicle to improve high-speed balance and downforce under high-speed braking. A new front splitter design works with the hood and revised rear spoiler to deliver these benefits. The bottom line: the GT500KR sets new performance standards for Mustang handling and straight-line performance on the racetrack, slalom course and skidpad.

"Because the Shelby GT500 strikes a great balance between ride and handling, we knew that the GT500KR had to be even better," said Jamal Hameedi, chief engineer at Ford SVT. "We used a holistic approach, having chassis engineers work closely with the engine specialists to develop a tuning suspension that optimizes the engine enhancements."

Added Gary Davis, vice president production for Shelby Automobiles: "We aren't fixing our attention on one or two attributes, but working on the vehicle as a whole. The throttle response, power delivery, exhaust note and handling all work together to deliver a great total driving experience."

To deliver that balance, the ride height has been lowered to the optimum setting for limit handling, which equates to a 20 mm ride height reduction in the front and 15 mm in the rear.

The Shelby GT500KR team sculpted a modern interpretation of the original's bulging hood scoop, a visual indication of the extra horsepower packed beneath it. The hood is secured by a pair of stainless steel, twist-down hood pins.

To save weight, the hood borrows design elements from the ducted aluminum/carbon fiber clamshell on the Ford GT. Developed through intensive use of analytical tools including Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA), the design optimizes the structural properties of carbon fiber delivering panels at a wafer-thin 0.8 mm. The hood saves 15 pounds versus its aluminum counterpart in the GT500.

Unlike most traditional designs, the hood has three components: the outer panel, an integrated airflow duct which spans the entire hood and the inner panel. The duct serves three purposes: to channel supplemental fresh air into the new cold air intake, to relieve high-speed underhood pressure and to move air from the front intake and engine compartment to the rear extractors.

The Shelby GT500KR will ride on all-new Goodyear tires, which make their North American debut exclusively on this new Mustang. The Supercar F1 tire, made of a new performance compound, resulted from a special collaboration between SVT and Goodyear.

Each GT500KR model is identified by a special 40th Anniversary badge on the fenders and grille, distinctive body colored mirror caps and Shelby lettering stretching across the front of the hood and along the rear portion of the deck lid. a special Shelby VIN tag is affixed to each vehicle, mounted in the engine compartment.

The all-leather interior features Carroll Shelby signature embroidered headrests and an official Shelby CSM 40th Anniversary GT500KR dash plate mounted at the top of the center stack.

Other standard equipment includes HID headlamps, an interior ambient lighting package, wrapped and stitched instrument panel, center console and armrests, as well as an electrochromic rearview mirror. Optional equipment includes a Shaker 1000 audio system and DVD navigation system.
The GT500KR's 5.4-liter V-8 Gets the Royal Treatment

Just like its namesake, the 1968 GT500KR, the 2008 "King of the Road" packs a walloping dose of Ford performance. The Ford SVT-engineered 5.4-liter supercharged V-8 is enhanced with a Ford Racing Power Upgrade Pack that boosts horsepower to an estimated 540-hp and torque to 510 ft.-lbs. The added power comes thanks to revised ignition and throttle calibration and a cold air intake system that replaces the stock unit. The Shelby GT500KR cold air intake seal was designed in unison with the new carbon fiber hood to prevent hot engine compartment air from reaching the air intake.

Calibration modifications include advancing the ignition timing as well as re-mapping the electronic throttle settings to provide quicker throttle response for better off-line and mid-range acceleration. Increased throttle response will be met with a sharper roar from the Ford Racing-inspired exhaust system.

Power is delivered to the rear wheels through a Tremec TR6060 six-speed manual transmission and 3.73:1 rear axle ratio, compared with the GT500's 3.31:1.

To perform optimally on track and during performance driving, the Shelby GT500KR has been fitted with an elevated axle vent reservoir to prevent axle fluid expulsion. Gear selection is courtesy of an all-new Ford Racing short-throw shifter making its debut on the GT500KR. Topped with a white ball, the new shifter throws are 25 percent shorter than the unit on the GT500 providing for crisper, sharper shifts. [Source: Ford]

Last month, one of our photographers caught a 2010 Mustang Convertible, and now - another one of our sharp-shooters photographed what appears to be the 2010 GT (coupe).

Sources are telling us to expect a mid-cycle facelift for the 2010 model year, but by the looks of this heavily camouflaged prototype - the 2010 Mustang will be sporting an all-new front and rear fascia - including grille, headlamps and taillights! In addition, the interior will also be updated - although this prototype's interior - like the last one we saw - was completely covered up to conceal any and all changes.

This cloaked prototype, with dual exhaust - appears to be the GT model. Without going into too much speculation - it appears to be sporting GT500 tires and wheels...
Look for production on the revamped Pony car to begin in early 2009 - with sales starting sometime during the first quarter of the year.

Photo Credit: Brian Williams for Brenda Priddy & Company

This is what we have from our source:

None of theme are true Kr's...They had to be automatic cause most of the cast can't drive stick, so they had Galpin whip up some stock automatics to look KRish....and [name redacted] and the designer had expressed their problems with using the stang feeling fans would be a lil pissed and the Execs brushed them off. I spoke with [redacted] yesterday and he asked me what I thought knowing I was a fan and I told him I didn't like it...and he said "Everyone doesn't like it cept NBC"

This goes along with what we hear from another Universal Employee about all of the Stangs being automatic. What's the truth? If only there were some sort of mysterious Foundation for Law and Governance to send a lone man and a talking robot of some sort to aid in uncovering the deepest, darkest secrets.